Engineered explicitly for field-based hardfacing, requiring no external shielding gas. High chromium formulation maximizes resistance to high-stress grinding abrasion.
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Runxing RX-m series tailored for heavy-duty cement chutes and mining liners. The high-hardness structure guarantees extended runtimes under abrasive impact.
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Fabricated with structural steel backing combined with a wear-resistant metallurgical overlay. Highly robust under severe ambient temperatures and stress levels.
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Complete selection of flux cored wires manufactured with strict chemistry control. Ideal for bulk application across machinery maintenance and roll repair setups.
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Premium bimetallic cladding designed to resist abrasive medium-to-high impact workloads. Superior bond strength ensures no delamination under cyclic structural stress.
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Composite wear plate featuring a mild structural steel base and a hard weld overlay, conforming directly to standard DIN 8555 specifications.
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High chromium open-arc flux cored welding wires formulated to mitigate sliding abrasion in bulk material handling machines and crushers.
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Premium welding consumables and wear systems designed for low impact, high-stress abrasion in coal mill pulverizers and steel plants.
Browse Systems >Within heavy industries such as steelmaking, mining, cement processing, power generation, and bulk port logistics, mechanical components operate under punishing conditions. High-stress sliding abrasion, severe impact, thermal shock, and chemical corrosion continuously degrade equipment surfaces. The resulting machinery failures lead to unscheduled downtime and substantial financial losses. Mitigating these losses requires high-performance surface engineering solutions like Chromium Carbide Overlay (CCO) plates and advanced hardfacing consumables.
The global steel and mining equipment sectors are undergoing a major shift driven by modern engineering standards. Key development trends include:
Global procurement teams in heavy industry prioritize reliability, performance predictability, and structural stability. When selecting wear plates and hardfacing materials, key purchasing requirements include:
Founded in 2010, Tangshan Runxing Machinery Co., Ltd. is a professional manufacturer based in Tangshan, Hebei Province, focusing on the research, development, manufacture, and on-site repair of hardfacing wear-resistant metal products. Our core product lines include chromium carbide overlay (CCO) wear plates, custom-fabricated wear liners, wear-resistant piping, hardfacing flux-cored welding wires, automatic surfacing equipment, and professional roller maintenance services.
Runxing Machinery has established partnerships with domestic academic groups, including Tangshan University's Metal Materials and Forming Technology team led by Professor Yang Yuehui. These collaborations help us continuously refine our metal surface processing technologies. Additionally, we have spent six consecutive years as a qualified agent for VAUTID welding consumables, integrating advanced metallurgical components into our product range.
Our export processes are managed by Hebei Yuwan International Trade Co., Ltd. to ensure compliance, proper customs documentation, and timely international delivery.
Equipped with high-precision, multi-gun automated cladding machines to maintain strict quality and consistent plate flatness.
Tangshan Runxing Machinery provides wear-resistant solutions designed to address specific operating environments. Standardized steel plates are often insufficient for conditions involving extreme abrasive wear. Our products are engineered to provide reliable performance in highly challenging industrial applications.
Our automatic hardfacing equipment features a high degree of automation and a small physical footprint. Featuring an integrated 10.2-inch numerical touch interface, it controls multi-gun configurations (up to four guns operating independently or in tandem) to deliver precise deposit thickness and maintain constant temperature control.
Industrial mill rolls suffer from severe dimensional wear. We offer rebuilding services for continuous casting rolls, conveyor rolls, and vertical pulverizer table assemblies, restored using specific alloy overlays. This rebuilding process restores the components' original dimensions while increasing their service life.
Utilizing high-speed plasma arcs and custom waterjet cutting systems, we shape and weld CCO plates into complex geometries, including hopper systems, elbow pipes, dust collectors, fan blades, and custom-designed chute liners.
Our engineering roadmap focuses on three main development goals:
Protects vertical roller mill guides, cyclone separators, and raw press hoppers against severe wear from raw meal and clinker dust, helping minimize maintenance shutdowns.
Designed to resist abrasive wear in rock chutes, shovel liners, and vibrating screens. Built to handle heavy impact and friction from abrasive minerals.
Addresses wear and tear in high-temperature blast furnace components, coke distribution screens, and raw material conveyor guides.
Protects coal pulverizer components, exhauster fan blades, and ash conveyance systems from erosion caused by high-velocity particulate flow.
Protects bulk material transfer chutes, bucket wheel reclaimers, and hopper walls handling high-volume abrasive iron ore and coal shipments.
Sintered from high-purity alumina powder, these tiles offer wear resistance for high-velocity particle conveying lines under lower impact loads.
Developing surface treatments and coatings to extend component life under challenging industrial conditions.
Continuing on-site trials and test evaluations with heavy industry partners to verify component durability under operational stress.
Intelligent 4-gun automated cladding machines featuring a CNC touch interface, variable swing speeds, and precise parameter control for manufacturing wear-resistant plates.
Equipment Detail >
Precision machining services for structural components, industrial liners, and assembly parts tailored to client blueprints.
Engineering Solutions >
Professional surfacing repair services for continuous casting rolls, conveyor rolls, and vertical mill table components, helping restore original profiles.
Rebuilding Options >
Self-shielded alloy wires designed for outdoor field repair and maintenance of heavy mining and processing equipment.
Wire Specifications >
Designed for installation in high-wear environments such as mineral chutes, hopper bins, and bulk transfer points.
Liner Applications >
Premium bimetallic plates featuring a high carbide concentration to handle abrasive wear under thermal load.
Overlay Technology >
A comprehensive selection of flux-cored wires and wear materials for industrial fabrication and maintenance yards.
Procurement Details >
Features a carbon steel backing fused with a chromium carbide overlay, designed for sliding abrasion resistance and ease of mounting.
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Runxing machinery